LQHIVG 300KV-15KJ Three-Stage Impulse Generator: High-Voltage Testing Specifications

The LQHIVG 300KV-15KJ Impulse Voltage Generator delivers ultra-high-voltage testing capabilities through its innovative three-stage design. Engineered for precision lightning impulse and chopped wave testing, this system meets IEC 60060, IEEE, and ASTM standards for power equipment certification and high-voltage research applications.

Standards Compliance

• IEC 60060-1:2010 - General test requirements

• IEC 60060-2:2010 - Measuring systems

• ANSI/IEEE 4a:2001 - HV testing techniques

• ASTM D2484/D2518 - Electrical insulation standards

• GB311/GB16927 - Waveform compliance

Technical Specifications

Dual-Waveform Generation

Lightning Impulse Full Wave (1.2/50μs)

• Front Time (T1): 1.2μs ±30%

• Tail Time (T2): 50μs ±20%

• Peak Oscillation: <5% amplitude

• Voltage Utilization: ≥90% (<1000pF load)

Lightning Impulse Chopped Wave

• Chopping Time: 2-5μs

• Peak Deviation: ≤3%

• Voltage Utilization: ≥85% (<1000pF load)

Performance Characteristics

• Voltage Range: 10-100% Un sparking range

• Minimum Output: >20% rated voltage (60kV)

• Synchronous Control:

• 20-100% voltage range

• <25% polarity deviation

• <5% out-of-control rate

• Duty Cycle:

• 120s interval at >66% rated voltage

• 60s interval at <66% rated voltage

Three-Stage Engineering Advantages

1. High-Voltage Capacity - 300kV output for extreme testing requirements

2. Enhanced Energy Storage - 15kJ total capacity with balanced 5kJ per stage

3. Precision Chopped Wave Generation - ≤3% peak deviation for accurate insulation testing

4. Optimized Voltage Utilization - ≥90% efficiency at <1000pF loads

Industrial Testing Applications

• Extra-high-voltage transformer testing

• Insulation coordination studies with chopped wave simulation

• GIS (Gas-Insulated Switchgear) certification

• Power transmission line component validation

Operational Reliability

Features multi-stage synchronous control with <5% failure rate and advanced voltage stabilization (±1%). Complies with IEC 61083-2 for measurement accuracy, with NIST-traceable calibration ensuring long-term performance stability across all three stages.